// Read (Object)
//------------------------------------------------------------------------------
RefObject * TextReader::Read()
{
// Load
if ( ReadLines() == false )
{
return nullptr;
}
if ( m_RootObject )
{
Object * obj = DynamicCast< Object >( m_RootObject );
ASSERT( obj );
ReflectionInfo::RegisterRootObject( obj );
}
// ResolveWeakRefs
ResolveWeakRefs();
// Init
auto end = m_ObjectsToInit.End();
for ( auto it=m_ObjectsToInit.Begin(); it!=end; ++it )
{
( *it )->Init();
}
return m_RootObject;
}
int main()
{
// open e-mail text data
char *p = ReadLines("log1");
int points=spam_points(p);
if(points >= 20) {
puts("High level of spam rank");
}
else if(points > 10) {
puts("Medium level of spam rank");
}
else if(points < 10) {
puts("Low level of spam rank");
}
if(p!=NULL)
{
free(p);
p=NULL;
}
return 0;
}
void FillUsers(void)
{
FILE *file;
int i;
file = fopen("USERS", "r");
if(file == NULL)
{
perror("Failed to open \"USERS\"");
}
else
{
ReadLines(file);
rewind(file);
users = malloc(LINES * sizeof(struct _users));
for(i = 0; i < LINES; i++)
{
fscanf(file, "%s\t\t%s\r\n", users[i].name, users[i].code);
}
fclose(file);
}
}
// search matchs in file
char *Search_for(char * NameFile,char *regex)
{
long int count=0;
int match=0;
char *lineBuffer=xcalloc(1,1), *buffer2=ReadLines(NameFile), *ptr= strtok(buffer2,"\n");
char tmpline[2128];
Dead_Space(ptr);
while(ptr!=NULL)
{
match=match_test(ptr,regex);
if(match)
{
lineBuffer=xrealloc(lineBuffer,strlen(lineBuffer)+2256);
snprintf(tmpline,2127," Line: %ld - %s\n",count,ptr);
strncat(lineBuffer,tmpline,2255);
}
ptr = strtok (NULL, "\n");
count++;
}
xfree((void **)&ptr);
return lineBuffer;
}
void SortFile(FULL_CHAR *infile, FULL_CHAR *outfile)
{
LINE *lines;
int lines_len;
FILE *in_fp, *out_fp;
debug2(DEX, D, "SortFile(%s, %s)", infile, outfile);
/* open input file */
in_fp = fopen( (char *) infile, READ_BINARY);
if( in_fp == (FILE *) NULL )
Error(45, 5, "cannot open index file %s for reading",
FATAL, no_fpos, outfile);
/* open output file */
out_fp = fopen( (char *) outfile, WRITE_BINARY);
if( out_fp == (FILE *) NULL )
Error(45, 6, "cannot open index file %s for writing",
FATAL, no_fpos, outfile);
/* read lines, sort them, and write them out again sorted */
lines = ReadLines(in_fp, infile, (FULL_CHAR *) NULL, &lines_len);
SortLines(lines, lines_len);
fclose(in_fp);
WriteLines(out_fp, lines, lines_len);
fclose(out_fp);
}
void
forky_fichs(char* fichero_tst){
char *file_out, *file_ok;
int fd_out, test_correct;
int pid;
file_out=ExtensionFile(fichero_tst, OUT);
file_ok=ExtensionFile(fichero_tst, OK);
fd_out=CreatFile(file_out);
pid=fork();
switch(pid){
case -1:
err(1, "cant create more forks");
case 0:
ReadLines(fichero_tst, fd_out);
exit(EXIT_SUCCESS);
default:
wait(NULL);
//lo de los ficheros
test_correct=check_ok(file_out, file_ok, fd_out);
if(test_correct){
printf("%s: Test correcto\n", fichero_tst );
}else{
printf("%s: Test incorrecto\n", fichero_tst);
}
}
close(fd_out);
}
void PlatformerScene::editorBtnOpenPressed_callback(string filename)
{
string level = GameSettings::GetStr("LevelData_" + filename);
if (level == "")
{
log("Level [" + filename + "] does not exist. Cannot load.");
return;
}
editorLoadMap(ReadLines(level));
}
void Player::initPlayer(ClipEntry& clipEntry)
{
this->clipEntry = &clipEntry;
clipMaskFileNames = ReadLines(Config.GetForegroundFolder(clipEntry));
frameNumber = clipEntry.GetFrameCount();
cout << "frameNumber: " << frameNumber << endl;
startFrameNumber = 0;
nowFrameNumber = 0;
waitKeyNumber = 32;
nowSequenceNumber = 0;
weightPath = Config.GetWeightsPath(clipEntry);
weightW = 1000;
weightH = 200;
sequencePath = Config.GetSequencePath(clipEntry);
initWeight();
initSequence();
namedWindow("Display", CV_WINDOW_AUTOSIZE);
namedWindow("Foreground", CV_WINDOW_AUTOSIZE);
namedWindow("Weight", CV_WINDOW_AUTOSIZE);
createTrackbar("Frame", "Weight", 0, frameNumber-1, changeBar, (void*)this);
setTrackbarPos("Frame", "Weight", nowFrameNumber);
createTrackbar("Speed", "Weight", 0, 6, changeSpeed, (void*)this);
setTrackbarPos("Speed", "Weight", 3);
if(clipEntry.Type == ClipType::Video){
Mat frame;
int num = 11;
while(num--)
clipEntry.Video.read(frame);
}
showFrame(s[0],1);
loop();
}
BOOL OpenChartVer1 (HANDLE hFile,
DISKCHART *pDiskChart,
PGRAPHSTRUCT pGraph)
{ // OpenChartVer1
bDelayAddAction = TRUE ;
pGraph->Visual = pDiskChart->Visual ;
pGraph->gOptions = pDiskChart->gOptions ;
pGraph->gMaxValues = pDiskChart->gMaxValues ;
pGraph->bManualRefresh = pDiskChart->bManualRefresh ;
pGraphs->gInterval = (INT) (pGraph->gOptions.eTimeInterval * (FLOAT) 1000.0) ;
ReadLines (hFile, pDiskChart->dwNumLines,
&(pGraph->pSystemFirst), &(pGraph->pLineFirst), IDM_VIEWCHART) ;
bDelayAddAction = FALSE ;
GraphAddAction () ;
return (TRUE) ;
} // OpenChartVer1
bool wxDiagram::LoadFile(const wxString& filename)
{
wxBeginBusyCursor();
wxExprDatabase database(wxExprInteger, _T("id"));
if (!database.Read(filename))
{
wxEndBusyCursor();
return false;
}
DeleteAllShapes();
database.BeginFind();
wxExpr *header = database.FindClauseByFunctor(_T("diagram"));
if (header)
OnHeaderLoad(database, *header);
// Scan through all clauses and register the ids
wxNode *node = database.GetFirst();
while (node)
{
wxExpr *clause = (wxExpr *)node->GetData();
long id = -1;
clause->GetAttributeValue(_T("id"), id);
wxRegisterId(id);
node = node->GetNext();
}
ReadNodes(database);
ReadContainerGeometry(database);
ReadLines(database);
OnDatabaseLoad(database);
wxEndBusyCursor();
return true;
}
int _cdecl wmain(int argc, LPCWSTR argv[]) {
g_reverse = (argc == 2 && 0 == _wcsicmp(argv[1], L"-reverse"));
line *first = ReadLines();
LPWSTR *lines = nullptr;
int count = 0;
for (auto current = first; current != nullptr; current = current->next) {
count++;
}
if (count == 0) {
goto Cleanup;
}
lines = new LPWSTR[count];
if (lines == nullptr) {
ERR(L"Out of memory");
goto Cleanup;
}
auto current = first;
for (int i = 0; i < count; i++) {
lines[i] = current->text;
current = current->next;
}
qsort(lines, count, sizeof(lines[0]), shellsort);
for (int i = 0; i < count; i++) {
LOG(L"%s", lines[i]);
}
Cleanup:
DeleteLines(first);
delete [] lines;
return 0;
}
/*-----------------------------------------------------------------------------*/
int16 bp_LoadBatch(
int8 * pcString,
TScriptFiles ** pptFiles)
{
int16 iStatus = BP_OK;
if ((_ptFile = fopen(pcString, "rt")) == NULL)
{
/* ERROR */
iStatus = BP_FILE_CANNOT_BE_OPENED;
}
else
{
iStatus = ReadLines(pptFiles);
if (fclose(_ptFile) == 0)
{
/* File couldn't be closed, what went wrong ?? */
}
}
return iStatus;
}
void fly_to_analyse(char *path, char *config)
{
char *p = ReadLines(config);
char *last=p;
char title[128],description[512],reference[512],match[1024],relevance[512];
int result=0,sz=0;
while(!result && strlen(last)>16)
{
switch (parse_eggs(&p, &last))
{
case TITLE:
sz = p - last;
memset(title,0,127);
snprintf(title,127,"%.*s", sz, last);
strcpy(title,ClearStr(title,10));
break;
case DESCRIPTION:
sz = p - last;
memset(description,0,511);
snprintf(description,511,"%.*s", sz, last);
strcpy(description,ClearStr(description,16));
break;
case REFERENCE:
sz = p - last - 1;
memset(reference,0,511);
snprintf(reference,511,"%.*s", sz, last);
strcpy(reference,ClearStr(reference,14));
break;
case RELEVANCE:
sz = p - last;
memset(relevance,0,511);
snprintf(relevance,511,"%.*s", sz, last);
strcpy(relevance,ClearStr(relevance,14));
break;
case MATCH:
sz = p - last;
memset(match,0,1023);
snprintf(match,1023,"%.*s", sz, last);
strcpy(match,ClearStr(match,10));
char *result2=Search_for(path,match);
// TODO* need validate before print out
if(result2!=NULL)
if(strlen(result2)>8)
{
fprintf(stdout,"\n-------------------\n %sTitle:%s %s \n %sDescription:%s %s \n %sRelevance:%s %s \n %sReference:%s %s \n %sMatch:%s %s \n%s%s%s\n",YELLOW,LAST,title,YELLOW,LAST,description,YELLOW,LAST,relevance,YELLOW,LAST,reference,YELLOW,LAST,match,CYAN,result2,LAST);
if(log_file != NULL)
{
FILE *arq;
arq=fopen(log_file,"a");
if ( arq == NULL )
{
DEBUG("error in XML file %s",log_file);
perror("Error ");
exit(-1);
}
fprintf(arq,"<report_mosca>\n <Path>%s</Path>\n <Module>%s</Module>\n <Title>%s</Title>\n <Description>%s</Description>\n <Level>%s</Level>\n <Reference>%s</Reference>\n <Match>%s</Match>\n <Result>%s</Result>\n</report_mosca>\n\n",path,config,title,description,relevance,reference,match,result2);
if( fclose(arq) == EOF )
{
DEBUG("error in Write() file %s",log_file);
perror("Error ");
exit(-1);
}
arq=NULL;
}
}
xfree((void **)&result2);
break;
case END:
result=1;
break;
}
}
}
BOOL
ProcessFiles(LPTSTR Path)
{
WIN32_FIND_DATA FindFile;
PEXTENSION_INFO Info;
TCHAR SearchPath[256];
TCHAR FileName[256];
TCHAR *Ext;
HANDLE SearchHandle;
BOOL More;
Info = ExtInfoList;
while (Info != NULL)
{
Ext = Info->ExtName;
do
{
ZeroMemory (&FindFile, sizeof (FindFile));
_tcscpy (SearchPath, Path);
_tcscat (SearchPath, _T("\\*."));
_tcscat (SearchPath, Ext);
_tcscpy (FindFile.cFileName, SearchPath);
SearchHandle = FindFirstFile (SearchPath, &FindFile);
if (SearchHandle != INVALID_HANDLE_VALUE)
{
More = TRUE;
while (More)
{
if (!(FindFile.dwFileAttributes & FILE_ATTRIBUTE_DIRECTORY))
{
_tcscpy (FileName, Path);
_tcscat (FileName, _T("\\"));
_tcscat (FileName, FindFile.cFileName);
if (LoadFile (FileName))
{
PFILE_INFO StatInfo;
StatInfo = AddFile (FindFile.cFileName, Info);
if (!StatInfo)
{
_tprintf (_T("Not enough free memory.\n"));
return FALSE;
}
ReadLines (StatInfo);
Info->FileCount++;
Info->LineCount += StatInfo->LineCount;
Info->EmptyLines += StatInfo->EmptyLines;
CleanupAfterFile();
}
}
More = FindNextFile (SearchHandle, &FindFile);
}
FindClose (SearchHandle);
}
Ext += _tcslen(Ext) + 1;
} while(*Ext != _T('\0'));
Info = Info->Next;
}
return TRUE;
}
void Query::Execute()
{
std::ostream& output = GetEnvironment().GetOutputStream();
if (m_isSingleQuery)
{
output
<< "Processing query \""
<< m_query
<< "\"" << std::endl;
auto instrumentation =
QueryRunner::Run(m_query.c_str(),
GetEnvironment().GetSimpleIndex(),
GetEnvironment().GetCompilerMode(),
GetEnvironment().GetCacheLineCountMode());
output << "Results:" << std::endl;
CsvTsv::CsvTableFormatter formatter(output);
QueryInstrumentation::Data::FormatHeader(formatter);
instrumentation.Format(formatter);
}
else
{
CHECK_NE(*GetEnvironment().GetOutputDir().c_str(), '\0')
<< "Output directory not set. "
<< "Please use the 'cd' command to set an "
<< "output directory";
output
<< "Processing queries from log at \""
<< m_query
<< "\"" << std::endl;
std::string const & filename = m_query;
auto fileSystem = Factories::CreateFileSystem(); // TODO: Use environment file system
auto queries = ReadLines(*fileSystem, filename.c_str());
const size_t c_threadCount = GetEnvironment().GetThreadCount();
const size_t c_iterations = 1;
auto statistics =
QueryRunner::Run(GetEnvironment().GetSimpleIndex(),
GetEnvironment().GetOutputDir().c_str(),
c_threadCount,
queries,
c_iterations,
GetEnvironment().GetCompilerMode(),
GetEnvironment().GetCacheLineCountMode());
output << "Results:" << std::endl;
statistics.Print(output);
// TODO: unify this with the fileManager that's passed into
// QueryRunner::Run.
auto outFileManager =
Factories::CreateFileManager(GetEnvironment().GetOutputDir().c_str(),
GetEnvironment().GetOutputDir().c_str(),
GetEnvironment().GetOutputDir().c_str(),
GetEnvironment().GetSimpleIndex().GetFileSystem());
auto outSummary = outFileManager->QuerySummaryStatistics().OpenForWrite();
statistics.Print(*outSummary);
}
}
void fly_to_analyse(char *path, char *config)
{
char *p = ReadLines(config);
char *last=p;
char *result2=NULL;
char title[128],description[512],reference[512],match[128],relevance[512];
int result=0,sz=0;
while(!result)
switch (parse_eggs(&p, &last))
{
case TITLE:
sz = p - last;
memset(title,0,127);
snprintf(title,127,"%.*s", sz, last);
// DEBUG("%s\n",title);
strcpy(title,ClearStr(title,10));
break;
case DESCRIPTION:
sz = p - last;
memset(description,0,511);
snprintf(description,511,"%.*s", sz, last);
strcpy(description,ClearStr(description,16));
break;
case REFERENCE:
sz = p - last - 1;
memset(reference,0,511);
snprintf(reference,511,"%.*s", sz, last);
strcpy(reference,ClearStr(reference,14));
break;
case RELEVANCE:
sz = p - last;
memset(relevance,0,511);
snprintf(relevance,511,"%.*s", sz, last);
strcpy(relevance,ClearStr(relevance,14));
break;
/*
TODO* fix bug when test first rule of egg file
*/
case MATCH:
sz = p - last;
memset(match,0,127);
snprintf(match,127,"%.*s", sz, last);
strcpy(match,ClearStr(match,10));
result2=Search_for(path,match);
// TODO* need validate before print out
if(strlen(result2)>8)
{
fprintf(stdout,"\n-------------------\n %sTitle:%s %s \n %sDescription:%s %s \n %sRelevance:%s %s \n %sReference:%s %s \n %sMatch:%s %s \n%s%s%s\n",YELLOW,LAST,title,YELLOW,LAST,description,YELLOW,LAST,relevance,YELLOW,LAST,reference,YELLOW,LAST,match,CYAN,result2,LAST);
if(log_file != NULL)
{
// TODO* call one time write()... optimize
WriteFile(log_file," Path: ");
WriteFile(log_file,path);
WriteFile(log_file,"\n Module: ");
WriteFile(log_file,config);
WriteFile(log_file,"\n Title: ");
WriteFile(log_file,title);
WriteFile(log_file,"\n Description: ");
WriteFile(log_file,description);
WriteFile(log_file,"\n reference: ");
WriteFile(log_file,reference);
WriteFile(log_file,"\n Match: ");
WriteFile(log_file,match);
WriteFile(log_file,"\n Result: \n");
WriteFile(log_file,result2);
}
}
break;
case END:
result=1;
break;
}
}
void Query::Execute()
{
std::ostream& output = GetEnvironment().GetOutputStream();
try
{
if (m_queryCommand == QueryOne)
{
output
<< "Processing query \""
<< m_query
<< "\"" << std::endl;
auto instrumentation =
QueryRunner::Run(m_query.c_str(),
GetEnvironment().GetSimpleIndex(),
GetEnvironment().GetCompilerMode(),
GetEnvironment().GetCacheLineCountMode());
output << "Results:" << std::endl;
CsvTsv::CsvTableFormatter formatter(output);
QueryInstrumentation::Data::FormatHeader(formatter);
instrumentation.Format(formatter);
}
else if (m_queryCommand == QueryDocs)
{
output
<< "Processing query \""
<< m_query
<< "\"" << std::endl;
BitFunnel::QueryInstrumentation instrumentation;
auto resultsBuffer = BitFunnel::ResultsBuffer(GetEnvironment().GetSimpleIndex().GetIngestor().GetDocumentCount());
auto streammap = BitFunnel::Factories::CreateStreamConfiguration();
auto queryEngine = BitFunnel::Factories::CreateQueryEngine(GetEnvironment().GetSimpleIndex(), *streammap);
auto tree = queryEngine->Parse(m_query.c_str());
instrumentation.FinishParsing();
if (tree != nullptr)
{
queryEngine->Run(tree, instrumentation, resultsBuffer);
}
output << "Results:" << std::endl;
CsvTsv::CsvTableFormatter formatter(output);
QueryInstrumentation::Data::FormatHeader(formatter);
instrumentation.GetData().Format(formatter);
output << std::endl << "Document Ids" << std::endl;
for (auto result : resultsBuffer)
{
output << result.GetHandle().GetDocId() << std::endl;
}
}
else
{
CHECK_NE(*GetEnvironment().GetOutputDir().c_str(), '\0')
<< "Output directory not set. "
<< "Please use the 'cd' command to set an "
<< "output directory";
output
<< "Processing queries from log at \""
<< m_query
<< "\"" << std::endl;
std::string const & filename = m_query;
auto fileSystem = Factories::CreateFileSystem(); // TODO: Use environment file system
auto queries = ReadLines(*fileSystem, filename.c_str());
const size_t c_threadCount = GetEnvironment().GetThreadCount();
const size_t c_iterations = 1;
auto statistics =
QueryRunner::Run(GetEnvironment().GetSimpleIndex(),
GetEnvironment().GetOutputDir().c_str(),
c_threadCount,
queries,
c_iterations,
GetEnvironment().GetCompilerMode(),
GetEnvironment().GetCacheLineCountMode());
output << "Results:" << std::endl;
statistics.Print(output);
// TODO: unify this with the fileManager that's passed into
// QueryRunner::Run.
auto outFileManager =
Factories::CreateFileManager(GetEnvironment().GetOutputDir().c_str(),
GetEnvironment().GetOutputDir().c_str(),
GetEnvironment().GetOutputDir().c_str(),
GetEnvironment().GetSimpleIndex().GetFileSystem());
auto outSummary = outFileManager->QuerySummaryStatistics().OpenForWrite();
statistics.Print(*outSummary);
}
}
catch (RecoverableError e)
{
output << "Error: " << e.what() << std::endl;
}
catch (Logging::CheckException e)
{
output << "Error: " << e.GetMessage().c_str() << std::endl;
}
}